Compute Infrastructure
Dedicated and virtual compute instances designed for predictable processing and low latency.
What this is
Reliable virtual and physical CPU capacity for running mission-critical workloads in Indian infrastructure facilities.
How it works
- 1Workload profiling to balance CPU-to-memory ratios.
- 2Deployment of compute cores on modern multi-core server platforms.
- 3Integration into private software-defined networks.
- 4Continuous monitoring of hypervisor contention and core utilization.
What's included
| Core Types | Dedicated and Burstable x86_64 Cores |
| Architecture | Modern AMD and Intel Xeon processors |
| Isolation | Hardware-enforced CPU scheduling |
| Scaling | Vertical core upgrades without disk reconfiguration |
Suitability assessment
✓ When this makes sense
- •Compute-intensive processing, batch jobs, and distributed microservices.
- •High-concurrency web application backends requiring steady CPU cycles.
✕ When it doesn't
- •Static websites with no dynamic server-side computation.
Technical details & architecture deep-dive▾
NUMA-aware process pinning and minimal hypervisor steal time to ensure consistent instruction throughput.
Frequently asked questions
Yes, we provide both burstable compute instances for irregular traffic and 100% dedicated compute cores for sustained loads.